Meter box



Dec. 5, 1939. R. M. WALKER ET AL METER BOX Filed April 8, 1938 5 Sheets-Sheec 2 ZZz-G.

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R. M. WALKER ET AL METER BOX Filed April 8, 1958 5 Sheets-Sheet 3 6' @4 WSTQO/VG.

INVENTORS. BY

' ATTORNEYS.

Dec. 5, 1939.

R. M. WALKER ET AL METER BOX Filed April 8, 1938 5 Sheets-Shea?I 4 N/TNESS.'

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1NVENTOR5.

ATTORNEYS.

De 5, 1939. R. M. WALKER ETAL 2,182,603

METER BOX Filed April 8, 1938 5 Sheets-Sheet 5 IG /06 ,//5 g s f: A.s

Patented Dec. 5, 1939 UNITED STATES FATENT OFFlQ;

METER BOX Electrical Company,

Atlanta, Ga.

Application April 8, 1938, Serial No. 200,864

14 Claims.

rlhis invention relates to improvements weather-proof boxes for electric meters.

One of the important features of the inven tion resides in a weather-proof box for outdoor '5 use in which an electric meter may be locked to prevent unauthorized tampering, and which may be viewed for reading at will by 'the representative o an electric service company or by the subscriber of the electric service. This convenience is not broadly new, for in Walker Patent No. 2,007,065, there is shown a lockable weatherproof meter box having a window opening in alinement with the dials of the meter, but t properly house the entire meter in the box it was necessary to provide a forwardly projecting extension on the front cover, and accurately mount the meter in the lbox so that the face of the meter alined with a `window opening in the extension. However, this invention differs from the Walker patent in that it enables the face of the meter to protrude through the front of the box, which eliminates the labor and material costs necessary to form a front extension.

Another feature of the invention is to provide a weather-proof meter box of the type in which the cover is slid into its locking position with respect to the casing, and which manual act of sliding the cover to closed position. also serves to slide the meter to its supporting position upon and within the casing.

A further feature of the invention is the provision of a weather-proof meter box in which the face portion of the meter protrudes through the iront thereof. and a tight joint is provided between the walls of the opening in the front of the box and that portion of the meter protruding therethrough to effect a rain tight seal.

A further feature of the invention resides in a lockable meter box having the. front cover 40 divided into upper section through which the tace portion of the meter extends, and a lower hinged which v be opened by an authorized person to obtain access to the interior of the meter box without disturbing the position J of the upper cover section or meter. Such type of front cover enables the wiring of the 4meter after .it is properly positioned the meter box.

A. further feature of the invention is the provision of a meter box having a sliding cover through which the .tace of a meter extends, the .meter being anchored upon a bridge support slidably connected to the upper portion of the box the bridge support being` of such novel construction as to provide a wiring space o between the support and the rear wall of the box casing which facilitates wiring of the meter through the top of the box to allow the wires to be brought downwardly behind the meter to the bottom of the box and the wires properly connected to the meter by opening the llower swinging section after the front cover and meter have been positioned relative to the casing.

With these and other objects in view, the invention resides in the certain novel construction, combination and arrangement of parts, the essential features of which are hereinafter fully described, are particularly pointed out in the ac" companying drawings, and in which:

Figure l is a perspective view ci the improved meter box having a front cover ofthe hir-.ged section type showing the cover in locked position.

Figure 2 is an enlarged Vertical longitudinal sectional view on the line 2 2 oi Figure 1.

Figure 3 is an enlarged horizontal sectional view on the line 3-3 of Figure 1.

Figure 4 is a vertical longitudinal sectional view showing the cover and meter preparatory to the upward sliding of the cover to move the same and the meter to final locking position.

Figure 5 is a lfront elevational view of the box casing with the cover and meter removed, the meter support being shown in the same position as illustrated in Figure 4.

Figure 6 is a detail sectional perspective view of the meter face ceiling gasket.

Figure 7 is a detail vertical sectional view of a box similar to that shown in the preceding figures, but in which the front cover is provided with a circuit breaker handle compartan.

Figure 8 is a side elevational View ci .meter box constructed in accordance with the invention but in which the front `cover is oi the single section type and about to be slid to its locking position.

Figure 9 is a front elevational view oi a modified form of meter vsupport and cover fastener with parts broken away and illustrating the front cover in fully closed position.

Figure l0 is a detail vertical sectional view on the line Ill-l0 of Figure 9.

Figure l1 is an enlarged detail vertical sectional view on the line il-H of Figure 9.

Figure l2 is a front elevational View of a meter box similar to that shown in Figure l but constructed for two meters.

Figure 13 is a front elevational view ci a meter box similar to that shown in Figure l but constructed for three meters.

Figures 14, l5, and 16 are detail cross sectional views of modified forms of meter supports.

Figure 17 is a fragmentary front elevational view with parts broken away illustrating a modied form of sliding meter support with the cover in closed position.

Figure 18 is a fragmentary side elevational View with parts broken away.

Figure 19 is an enlarged Vertical sectional View on the line ISe-IS of Figure 17.

Figure 2O is a view similar to Figure 19, but illustrating the manner in which the meter is slid into or out of engagement with its hanger.

Figure 2i s a view similar to Figure 2O but illustrating the meter supported by its hanger but prior to the association of the cover with the meter and casing.

Figure 22 is a horizontal sectional view on the line 22-22 of Figure 17.

Figure 23 is a detail perspective View of the locking plate.

Figure 24 is a detail perspective view of the guide member.

Like reference characters refer to similar parts throughout the several forms of the invention disclosed herein.

Referring to the drawings by reference characters, and at present to the form of the invention shown in Figures 1 to 5 inclusive, the numeral |53 designates the improved lockable weather-proof meter box in its entirety and which includes a rectangular shaped casing il constructed of sheet metal and which casing is open at its front. The casing l i is of rectangular box-like configuration and includes a rear wall l2, opposed side walls lS-l and a bottom wall i4. The top of the casing is closed by a cap l which includes a flat top wall i@ of rectangular shape in plan and downwardly depending side anges l'l which embrace the top of the rear wall l2 and side walls 13,-l3. The cap i5 is iixedly secured to the rear and side walls of the casing by welding the lapping iianges il to the said walls. The cap l5 is of such size as to project forward and overhang the open iront of the casing Il for the purpose to be presently explained. The top wall I6 has a threaded nipple iii rising upwardly therefrom and which nipple opens into the interior of the casing il. The nipple i8 provided a water tight connection between the meter box and the conduit pipe through which the wires to the meter box pass. In some instances the nipple i3 may be dispensed with, for certain users may desire to bring wires in from the bottom of the meter box It through knock-outs provided in the side walls i3 for such purposes. Screws l pass through openings 8 in the rear wall I2, and enter a wall or other like supporting structure W. The heads of the screws i are disposed within countersinks 9 which are formed by pressing the metal rearwardly, and which rearwardly pressed portions act as feet for abutting engagement with the wall W.

Whereas, we have illustrated and described a specific form of wall mounting for the meter box l0, it is to be understood that other standard forms of mountings may be used for the mounting of the meter box upon a wall, pole, crcssarm or other supporting structure.

The side walls i3 and the bottom wall lli terminate at their outer free edges in inwardly offset flanges i9, the flanges in the side walls i3 extending to the top wall it whereby to provide a space b-etween the `flanges It of the side wall and the adjacent flanges il' of the cap iii. tending inwardly from the flanged edges of the Side Walls it are lower notches 2li and upper notches 2l. Fixed to the bottom wall i4 and depending therefrom is av keeper member 22 having an opening 23 therein.

Slidably supported upon the rear wall i?. is a meter support 2li, and in this form of the invention, the support is referred to as the bridge type of support and includes a front panel wall 25, rearwardly extending side walls i6- 29, and outwardly extending flanges iii-tl, the said anges being parallel to the panel wall 25. In cross section, the bridge support 2d is of subn stantially U -shape or channel shape in cross section as best illustratedV in Figure 3, to provide a wire passage 28 between the rear wali l2 ci the casing and the front panel wall The flanges 'l-Z'l are provided adjacent their top ends with inverted key hole shaped slots :E9-2S through which the shanks d@ of headed pins 3l extend The headed pins 3E extend inwardly from the rear wall l2 adjacent the top of the rear wall and are so located that the bridge support 2l!- may be disconnected from the casing to facilitate the mounting of the meter upon the bridge support and to enable wiring of the meter and box, preparatory to the final mounting of the meter within the box and the subsequent application of the cover presently to be described. The slots 29 are of such length and the pins are located in such a position with respect to the top ci the casing that the top of the bridge support 2i. will almost strike the top of the casing when the enlarged portions of the key hole slots 29 reach the plane of the headed pins 3l.

When the bridge support 25 is in its lowermost position as shown in Figures 4 and 5 of the drawings, the lower edge of the same is disposed below a pair of rest pins 35i-32, which pins are disposed in vertical alineinent with the respective flanges iii-2l of the bridge support. By reference to Figure 3 or the drawings, it will be seen that the heads of the pins Si are spaced from the rear wall for a distance greater than the thickness oi the anges 2i to enable the limited outward and inward swinging or tilting movement to be imparted to the meter support 2li and enables the support to be slid downwardly over and below the plane of the pins 32. When slid upwardly to a meter supporting position, the lower end of the meter support is swung inwardly toward the rear wall l2 to cause the bottom ends of the ilanges 2i to rest upon the respective pins 32 as shown in Figure 2 of the drawings.

The panel wall 25 of the bridge support Eri provided with suitably spaced threaded openings 3S which receive 'fastening screws employed for securing an electric meter or like instrument 35 to the support i. The electric meter 35 may be of any well known type having a forwardly projecting tace 3B, the said lace projecting well beyond the plane of the open iront of the casing Il.

The construction thus far described may be used in association with either a twin section front cover shown in Figures l to '7 inclusive and designated in its entirety by the numeral or a one-piece cover as illustrated in Figures 8 to ll inclusive, which latter cover will be specifically described hereinafter.

The twin section cover Si' includes an upper cover section 38 and a lower hinged cover section 39, the hinged connection between the two sections being designated at di).

The upper section 38 includes a front wall 4| and inwardly extending side flanges 42. The

iront wall 4I is provided with a round opening the walls of which t into a groove 44 of a rubber yieldable sealing gasket 45. The lower edge of the iront wall 4B and the side iianges -42 terminate in outwardly offset downwardly extending flanges 45 which lap the top edges of the lower hinge section 39 to provide a water-tight joint between the two Sections. Extending inwardly from the side iianges 42 are headed pins 4i' which are adapted to enter the notches 2I in the side walls I3 of the casing when the cover is in position upon the casing as shown in Figure 2 of the drawings.

The lower hinge section 39 includes a front wall 4.9, side flanges 49, and a bottom ange When the Sections 39 and 39 are in vertical alinement, they cooperate to provide the closure 3l which is of a size to snugly t over the open front of the casing l I, with the top ends of the front wall 1i and side anges 42 of the upper section 33 tting into the cap i5 and embraced by the depending anges Il of the said cap. Side iianges l2 oi the upper section 38 and the side iianges 49 of the lower section 39 snugly embrace the inwardly oiiset flanges I9 of the side walls I3 of the casing, while the bottom iiange 59 of the lower section 39 ts beneath the ilange I9 on the bottom wall it of the casing and illustrated in Figure 2 of the drawings.

Extending inwardly from the side anges 49 are headed pins 5i which enter the respective slots 5.9 the side walls I3-I3 of the casing when the hinged cover section 39 is in closed position. The headed pins lll and 5i which respectively enter the notches 2i and 29 act to support the weight of the cover when the cover is in fully closed position, If the lower hinge section 39 is swung outwardiy, the pins 5i are disengaged from the respective notches 29, but the weight of the cover is then supported by the upper pins 47 disposed in the slots 2i.

A latch 52 is pivoted to the bottom flange 29 oi" the hinge section 39 as at 53, and the said latch is adapted to be swung into engagement with the keeper 22 so as to bring the openings 54 in the latch into alineinent with the opening 23 of the keeper, whereby a padlock or seal may be passed through the openings to secure the cover against unauthorized removal from the casing.

In Figure 4 of the drawings there is illustrated a position of the cover and meter support just prior to the sliding of the cover and the meter apport cover closing and meter supporting position. Figure 4 also represents the position of the parts when removing the cover from the casing, but at present, assume that it represents the application of the cover to a position to close the open iront of the casing Ii. When applying the cover 3l into position, the same is positioned over the open front ci the casing II with the projecting iace of the meter 35 extending through the opening in the upper section 38 of the cover, it being understood that the meter support 24 is in its lowered position as shown in Figures 4 and with the lower end tilted forwardly due to the inner faces of the iianges 2 resting against the inner ends of the pins The cover 3`I is now slid upwardly to cause the upper ends of the cover to iit into the top cap I5 and when such position reached, the lower edges of the flanges 2i have cleared the pins 32, whereupon inward pressure upon the cover will cause the cover and the meter support 2li tc move inwardly, at which time, the pins enter the notches 2i and the lower ends of the flange 2'I rest on the pins 32 as shown in Figure 2 of 'the drawings. The twin section cover is now properly alinedand supported by the casing I I and the closure operation may be completed by swinging the hinge section 39 inwardly against the casing, whereupon the pins 5I enter the notches 29 and by manually swinging the pivoted latch 52 into engagement with the keeper 22, the cover may be locked or sealed by passing a flock or seal through the registering openings 23 `and 54.

The Atype of bridge support 24 enables wiring of the meter after it has been mounted on the support and the cover applied in position over 'the casing, `for wires led in through the nipple I8 may be brought downwardly through the wire passage 28 into the lower portion of the casing, where they are accessible tov the electrician by merely swinging the door section 39 outwardly. The vhinged door 39 also permits access to the wiring and to the meter without necessitating the separation of the cover 37 from the casing II. However, should it be desired to remove the entire cover 3'I, it is only necessary to swing the hinged cover section -39 outwardly, then pull outwardly and downwardly upon the upper section 3B to first cause the pins 2| to move out of the notches 4'! and to cause the lower ends oi the flanges 2'! of the bridge support 24 to clear the free ends of the pins 32. When the cover 31 has beenv slid downwardly together with the bridge support 24, the downward movement being limited by the pins 3l striking the top ends of the slots 29, the top edge of the upper section 38 is clear of the flanges II of the cap I5 as shown in Figure 4, whereupon outward pulling upon the cover will separate the same from the protruding face 35 of the meter .35.

The yieldable sealing gasket 44 provides a water tight seal between the walls of the opening 43 and the protruding face of the meter, it being desirable to prevent rain water, and other precipitation from entering the meter box.

In Figure 7 of the ldrawings we have illustrated a twin section cover identical to the cover 31 hereinbeiore described, but in which the lower hinge section 35 is provided with a door opening the edges of the opening being bent outwardly into a flange 59. Fixedly mounted on the inner side of the hinged door section 39 is a box-like housing 55 the inner wall having a vertical elongated slot '5l through which the manual actuating element of a circuit disconnecting device may extend, the said device adapted to be mounted within the casing II adjacent the bottom. thereof for opening and closing the circuit in which the meter contained in vthe meter box is arranged. Hinged to the front of the hinge cover section 39 is a weather proof door 58, the same having a recessed portion 59 for receiving the weather proof flange 55 to seal the joints between the door opening and the door 58. The bottom of the door is provided with an ear "50 which when closed registers with an ear or keeper mounted on the cover section 39 and a lock or seal 52 may be passed :through openings in the registering ears to secure the door 533 in closed position against unauthorized opening. By means oi the door 58, access 'may l'had 4to the circuit :oreal-:er handle without necessitating the breaking of the seal or opening `oi the lock which is applied to prevent unauthorized removal of the cover, or opening ol" the cover section 39.

inFigur-e 8 oi the drawings, there is illustrated Til the same construction 4of casing iI land sliding 75 bridge support as set forth in the preceding gure-s, but instead of a twin section type cover, there is illustrated a single one-piece cover 63 including a front wall or panel 64, side langes @i5 and a bottom ange 66. The front wall 64 is provided with an opening 6l in which is set the gasket 45 heretofore described. Extending inwardly from. the side flanges 65 adjacent the bottom thereof are headed pins E6 which enter the notches 2i) in the side walls I3 of the casing I I, The bottom flange 66 in Figure 8 is provided with a pivoted latch '61 adapted to be brought into engagement with a keeper 68 when the cover is in a fully applied position to enable a lock or seal to be applied to the registering openings in the latch B1 and keeper 68. The application of the cover 53 to the casing II is the same as that described for the twin section cover 3l, with the exception that the cover 63 is an integral unit and does not require the swinging of a door section such as shown at 39 in the preceding figures.

In Figures 9 to l1 inclusive, there is illustrated a slightly modied form of meter support and a modified forml of cover look, but aside from these features, the construction is the same as that heretofore described.

In Figures 9 to 11 inclusive, the meter support constitutes a flat substantially rectangular shaped panel BQ on which the meter 35 is mounted such as by screws 34. The upper portion of the panel t9 is provided with inverted key-hole shaped slots 'Ill through which the shanks of screws 'II pass. The screws 'II thread into inwardly extending posts 'I2 xed to the rear wall I2 of the casing II. In this form of bridge support, instead of having the bottom of the support rest upon pins as heretofore described, the meter support 69 is provided with openings 'I3 which receive the outer reduced ends 'I4 of posts 'I5 extending inwardly from the rear wall I2. The meter support 69 when in meter supporting position as illustrated in Figures 9 and 10 is held spaced from the rear wall I2 by the posts 'I2 and 'i5 to provide a wiring passage between the meter support and the rear wall of the casing and which is the equivalent to the passa-ge 28 hereinbefore referred to. In the form of meter support 69, the same function takes place during the application of the cover to the casing and its removal therefrom as described for the operation of the channel shaped meter support 24.

In Figures 9 and 11, there is shown a modified form of lock for securing the cover to the casing. Ihis form of lock or seal includes a bracket it xedly secured to the bottom wall Iii of the casing II and which bracket extends forwardly of the open front of the casing and terminates in an upstanding ear 'I'I, the said ear having a threaded opening 'I8 therein. Fixed in the front wall 6e of the cover is a cup shaped member 'It having an opening 80 therein which alines with the threaded opening 'I8 when the cover is in closed position. A headed screw 8I is passed through the opening 80 and threaded into the opening '58, the head of the screw being provided with a kerf 82 adapted to register with openings t3 provided in opposite walls of the cup shaped member 'I9 whereby a wire 84 may be passed through the openings 83 and kerf 82 after the screw SI has been screwed home, and the free ends of the wire twisted and held together by a seal 85. It will thus be seen that the seal prevents access to the screw BI without detection to prevent unauthorized removal of the screw and removal of the cover.

In Figures 12 and 13 of the drawings, there is illustrated gang meter boxes constructed in accordance with the invention and equipped with the twin section type cover 3T. In Figure 12 of the drawings, there is shown a two gang meter box, and in Figure I3 a three gang meter box.

In Figures lli to 16 inclusive, there is illustrated modified forms of the meter support. In Figure I4, the support in its entirety is designated 86, and includes a metal bridge d? having inwardly extending side walls S3 and outwardly extending flanges il which are the equivalent to the flanges 2l hereinbefore described. Fixed to the front side of the bridge panel 8l by screws 9S is a wood panel SI to which the meter to be supported is directly attached.

In Figure l5 there is shown a meter support designated in its entirety by the numeral 92 and which includes a iiat metal panel 93 having a wood panel 96 secured on the outer side thereof by fastening screws 85. 'Ihe sides oi the wood panel @il terminates short of the sides of the metal panel 93 to provide iianges 96 equivalent to the flanges if hereinbefore mentioned. The meter to be supported by the support 92 is directly attached to the wood panel S4.

In Figure I6 the meter support is designated in its entirety by the numeral Si and includes a wood panel tti having L-shaped metal strips 99 fastened thereto by screws IIlI. The iianges IDI of the L-shaped strips 99 extend outwardly from opposite sides of the wood panel SB and are the equivalent to the flanges :2i hereinbefore described. In this form, the meter to be supported is directly attached to the outer face of the wood panel 98.

In Figures 17 to 23 inclusive, a modified form of sliding support is provided for the meter, and in this form, a slight change is made in the construction of the upper portion of the meter casing. In this form of the invention, the upper portion of the rear wall Iii?? of the meter casing is pressed out rearwardly to provide a rearwardly stepped shoulder Itii to which is welded a hanger plate IM, the said plate having a vertical slot |85 extending downwardly from the top edge of the plate. The oiset portion formed in the rear wall is further stepped rearwardly to provide a vertical recess 5&5, the rear wall of the recess being disposed in suitable spaced relation to the hanger plate im. Welded to the rear side of the hanger plate It. and bridging the slots MI5 is a stop bar Iii'i having a lower rearwardly facing beveled portion its. Welded to the inner side of the rear wall of the recess Idd is a rest plate IGS, the thickness of the plate ISS being approximately less than one half the distance between the inner face of the hanger plate it@ and the rear wall of the recess Miti. Slidable vertically within the recess and captively held therein is a fiat head IIl which is square is shown in Figure 23 and integral with and extending inwardly from the head IIU is a boss Iii having an internally screw threaded bore IIE. The head il@ is loosely slidable vertically within the recess and by iorward tilting, be slid from the lower end of the recess to the upper portion thereof to seat upon the rest plate IiiS as indicated in Figure i9 of the drawings. The boss III projects through the slot Iil5 in the hanger plate and it is by means of the boss that the meter to be slidably supported is connected to the )fiat head IIli. The

meter in this instancey is designated H3, and is provided with a hanger bracket lili which is iixedly secured to the rear of the meter and projects above the top thereof. The projecting portion of the bracket i i4 is provided with an opening H for the passage of a fastening screw Iii, the said screw threading into the threaded bore H2 of the boss iii. When the meter hanger bracket H4 is thus connected to the sliding head H9, and the cover positioned over the face of the meter and slid upwardly into position over the open face of the meter casing, the iiat hea-:i Il@ will slide upwardly, and when reaching the limit of its upward movement caused by the boss ill striking the bridge bar the rearward movement of the meter caused by the cover being finally shoved inwardly to closed position, will cause the bottom edge of flat head il@ to seat upon the rest 39, thus supporting the weight of the meter in its proper position within the meter box. In this form the inventon either the single type cover or the twin section type cover 3l may be associated with the meter casing and for illustrative purposes, the single one piece cover 53 is shown in Figures i7 and i8.

From the foregoing description, it will be seen that in all the forms of sliding meter supports, it is possible to a slight forward and rearward tilting movement to the support as the cover with the protruding face of the meter extending therethrough is slid into and out oi position relative to the meter casing. Also present in all forms is a means supporting 1Lhe weight ci the meter support upon the casing when it reaches its proper meter supporting position.. By reason of the sliding meter support, it is possible to permit the front face of a meter to protrude through a slidable cover without sacrificing any of the Weather prooi features of a slide cover ype mel ter box.

While there is shown several modifications of the invention, it is to be understood that such other changes in construction may be resorted to as come within the scope of appended claims.

Having thus described the invention, what we claim as new and desire to secure by Letters Patent of the United States, is:

l. A meter box comprising in combination, a box-like casing open at its front, a meter support, means for mounting said meter support Within said casing for vertical sliding movement relative thereto, a front cover associated with the open side of said casing for vertical and inward sliding movement to close the open iront thereof, a meter iixedly mounted on said meter support and having its face protruding through an opening in said cover, and means for securing said cover against sliding movement.

2. A weather proof meter box comprising in l combination, a casing open at its front, a removable cover vertically slidable to a closed position over the open front of said casing and having an opening therein, a meter having its face protruding through said opening, a sealing gasket for sealing the joint between the face of said meter and the Walls of said opening, means for supporting said meter within said casing for vertical sliding movement, and means for securing said cover in closed position over the open front of said casing against sliding movement.

3. A meter box comprising in combination, a casing open at its front, a removable cover vertically slidable to a closed position over the open front of said casing to close the same and having an opening therein, and a vertical slidable meter support mounted within said casing, a meter xedly mounted on said meter support with its face extending through said opening, whereby said meter support may be vertically slid to meter supporting position simultaneously with the vertical sliding of the cover to closing position relative to said casing.

4. A meter box comprising in combination, a casing open at its front, a removable cover vertioally slidable to a closed position over the open iront of said casing to close the same and having a meter face receiving opening therein, and a meter support mounted for vertical sliding movement within said casing on which a meter is adapted to be mounted with its face extending through said meter face opening, whereby said meter support may be slid vertically upward to meter supporting position simultaneously with the vertical upward sliding of the cover to closing position relative to said casing, and rest means on said casing for receiving said meter support when the same is moved to meter supporting position.

5. A meter box comprising in combination, a casing open at its front, a removable cover tting over` the open front of said casing including an upper cover section and a lower hinged cover section, the upper section having an opening therein, releasable interlocking means between the upper cover section and said casing for securing the same in position over the open front thereof, a meter slidably supported within the upper portion of said casing with its face protruding through said opening, and lock means for securing said lower cover section in closed position over the open front of said casing.

6. A meter box comprising in combination, a casing open at its front, a removable cover iitting over the open front of said casing including an upper cover section and a lower hinged cover section, and interlocking means between said upper cover section and casing for securing the upper cover section in closed position over the open front of said casing for preventing sliding and outward movement of said upper section relative to said casing, and means for locking said lower cover section in closed position against said casing.

'7. A meter box comprising in combination, a casing open at its front and having an opening in the top thereof, a removable cover fitting over the open front of said casing including an upper cover section and a lower hinged cover section, intertting means connecting the upper section with said casing, a meter support of channel shape in cross section mounted on the upper portion of the rear wall of said casing whereby a meter mounted on said support may be wired by leading the wires down through the opening in the top of said casing and down through the space between said meter support and the rear wall of said casing to the lower portion of said casing to make the wires accessible to a person reaching into the lower portion of said casing when said lower cover section is open, and means for securing said lower cover section in closed position.

8. A meter box comprising in combination, a casing open at its front, a removable cover having an opening therein through which the face of a meter is adapted to protrude, a meter support, means for mounting said meter support on the inner side of the rear Wall of the casing for vertical sliding movement relative thereto, said cover adapted to be slid upwardly relative to said casing to close the open front thereof, interfitting means between said cover and said casing for supporting said cover on said casing when said cover has been vertically slid to closing position, and means for supporting said meter support in meter supporting position when moved thereto by reason of the face of the meter which is mounted on said support protruding through said opening and the vertical sliding of said cover to closing position.

9. In a meter box, a casing open at its front, a meter panel support slidably mounted and mounted for tilting movement on the rear wall of said casing to facilitate a limited vertical sliding, and outward and inward swinging movement of said meter panel support relative to the rear wall of said casing, and rest elements extending inwardly from the rear wall of said casing on which the bottom edge of said panel support rests when the same is slid upwardly within said casing and swung inwardly the rear wall of said casing.

l0. In a meter box, a casing open at its front, a meter support comprising a panel section of channel shape in cross section, flanges extending outwardly from opposite sides of said panel section having vertical elongated slots therein adjacent the top thereof, headed pins extending forwardly from the rear wall of said casing and passing through said slots and loosely connecting the upper portion of said meter support to the rear wall of said casing for tilting and vertical sliding movement, and rest elements extending inwardly from the rear wall of said casing on which the lower end of said meter support rests when the same is slid upwardly and swung inwardly to a stationary meter supporting position.

l1. In a meter box, a casing open at its front, a meter supporting panel, means for slidably and tiltably connecting the upper portion of said meter panel to the rear wall of said casing to facilitate the limited vertical sliding and outward and inward swinging movement of said meter panel, said meter panel having spaced openings provided therein adjacent the bottom thereof, and pins extending inwardly from the rear wall of said casing and respectively entering said openings when said meter panel is slid upwardly and swung inwardly relative to said casing for supporting said meter panel in a raised stationary meter supporting position.

12. In a meter box, a casing open at its front and having a recess in the rear wall adjacent the top thereof, a iixed bridge plate overlying said recess and having a vertical slot therein, a meter, a hanger bracket carried by said meter, a head carried by said bracket and extending through said slot for connecting said meter to the rear wall of said casing for vertical sliding movement relative thereto, and a rest for receiving and supporting said head when said meter is slid upwardly to meter supporting position.

13. In combination, a meter box of the type having a box-like body open at its front and a top wall extending forward beyond the side walls of the body and provided with depending front and side anges, a removable cover having side anges, said cover adapted to be applied to the open front of said body by engaging the side anges thereof with the side walls of said body by tilting and sliding the same upwardly so that the top of the cover engages the inner sides of the depending front and side flanges, means for securing said cover in closed position; said cover having a meter face opening therein, a meter support slidably mounted and mounted for tilting movement within said body, a meter xedly mounted on said meter support with its face extending through the opening in said cover, whereby said meter support and meter may be tilted and slid with said cover during its application to and removal from said body, and means on said body engageable by said meter support when the same is slid upwardly to the limit of its upward sliding movement with said cover for receiving and supporting the weight of said meter support and meter carried thereby.

14. In combination, a meter box of the type having a box-like body open at its front and a top wall extending forward beyond the side walls of the body and provided with depending front and side flanges, a removable cover having side flanges, said cover adapted to be applied to the open front of said body by engaging the side flanges thereof with the side walls of said body by tilting and sliding the same upwardly so that the top of the cover engages the inner sides of the depending front and side anges, means for securing said cover in closed position; said cover having a meter face opening therein, a meter support captively and slidably mounted and mounted for tilting movement on the rear wall of said body, a meter xedly mounted on said meter support and having a forwardly projecting face snugly iitting within the meter face opening, whereby said cover, meter support, and meter may be tilted and slid upwardly as a unit during the application and removal of the cover from said body, and rest means engageable by said mieter support upon the limit of its upward sliding movement to relieve the cover of the weight of the meter and meter support when the cover is in closed position.

RALPH M. WALKER. CHARLES M. JENKINS. CARLL W. STRONG. 

